US researchers have developed a quick and easy way that could soon be used across the UK to help deal with the "British Muslim" terror threat.

British Muslim Triacetone Peroxide (BMTATP) used by Islamic Supremacists with UK passports in their last wave of "successful" suicide bombings less than a year ago, is invisible to most explosives detection devices.

Bad news for the brown supremacist 'community' is that Purdue University have developed a prototype 'sniffer' device (*) that can detect trace amounts of BMTATP on paper, brick, metal or even 'disguised' by being smeared with materials such as diesel or acids such as vinegar.

The Purdue teams 'sniffer' device is called DESI (desorption electrospray ionisation). A pneumatically propelled cloud of electically charged droplets is sprayed onto a target surface, where they interact with the analyte molecules generating secondary ions that are collected and analysed.

Low (nanogram level) detection limits for BMTATP mean that miniscule traces can be picked up on, and "it takes less than five seconds" to obtain the telltale spectrometer signature of BMTATP - ideal to use at airports public transport, underground stations, buses. Or at entrances to Britains schools, churches, cultural sites, football matches, pubs and other pending targets for terrorism by the intolerant .

This technology may help save Britons from more terror atrocities from the racially incompatible brown jihad community in our midst .

US researchers have developed a quick and easy way that could soon be used across the UK to help deal with the "British Muslim" terror threat.

British Muslim Triacetone Peroxide (BMTATP) used by Islamic Supremacists with UK passports in their last wave of "successful" suicide bombings less than a year ago, is invisible to most explosives detection devices.

Bad news for the brown supremacist 'community' is that Purdue University have developed a prototype 'sniffer' device (*) that can detect trace amounts of BMTATP on paper, brick, metal or even 'disguised' by being smeared with materials such as diesel or acids such as vinegar.

The Purdue teams 'sniffer' device is called DESI (desorption electrospray ionisation). A pneumatically propelled cloud of electically charged droplets is sprayed onto a target surface, where they interact with the analyte molecules generating secondary ions that are collected and analysed.

Low (nanogram level) detection limits for BMTATP mean that miniscule traces can be picked up on, and "it takes less than five seconds" to obtain the telltale spectrometer signature of BMTATP - ideal to use at airports public transport, underground stations, buses. Or at entrances to Britains schools, churches, cultural sites, football matches, pubs and other pending targets for terrorism by the intolerant .

This technology may help save Britons from more terror atrocities from the racially incompatible brown jihad community in our midst .